JPH09325695A - Square display p-o-p - Google Patents

Abstract

PROBLEM TO BE SOLVED: To hang down a square P-O-P not only above merchandise but to its flanks as well and to consequently increase a display area by inserting an inside cylinder of approximately the same shape as the shape of an outside cylinder formed to an isosceles triangular shape into the inner side of the outside cylinder, placing both cylinders adjacently to each other in a positional relation of a right angle, connecting both cylinders adjacent perpendicularly to each other by means of a peak-shaped joint plate and holding the perpendicular state of both cylinders. SOLUTION: The outside cylinder 1 and the inside cylinder 2 are disposed as the cylindrical shape of the longitudinally slender isosceles triangular shape. The joint plate 3 is disposed to fix both cylinders 1, 2 in the perpendicular state. The outside bottom plate of the outside cylinder 1 is provided with an upward turning piece 6 and the adhesive area 9 of the inside bottom plate 8 of the inside cylinder 2 is provided with a downward turning piece 10. The upward turning piece 6 and the downward turning piece 10 are combined, by which the sides of the outside bottom plate 5 and the inside bottom plate 8 are connected to each other. Both skirt edges 16, 17 of the joint plate 3 stop at the inner side of the top folding lines 4, 7 of the respective cylinders 1, 2 in the state that both cylinders 1, 2 have the perpendicular positional relation and, therefore, the maintaining of the perpendicular state is made possible. Since the inside cylinder 2 hangs down alongside the outside cylinder 1, both of the top and the side of the displayed merchandise may be provided with the display region.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pop that can be attached around a product.

[0002]

2. Description of the Related Art A pop used to be attached to a conventional product has an L-shape when viewed from the side by bending the bottom of a front PR plate backward.

[0003]

The conventional pop can only be placed on the product and has a poor PR degree. In the present invention, the display is made not only on the product but also on the side. The purpose is to increase the area and PR effect.

[0004]

[MEANS FOR SOLVING THE PROBLEMS] An inner cylinder having substantially the same shape is inserted into an outer cylinder having a vertically elongated isosceles triangular shape, and end edges of bottom plates of both cylinders are folded back up and down. By combining the return pieces, the bottom plates of both cylinders will not come off, the two cylinders will be adjacent to each other at a right angle position, and the two adjacent cylinders will be connected with a mountain-shaped joint plate, and the joint plate will be interposed. Holds both cylinders at a right angle.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described with reference to the drawings. In FIG. 1 which is a perspective view of a main part showing a state in which an outer cylinder and an inner cylinder are separated from each other, two vertically elongated The outer cylinder 1 and the inner cylinder 2 are provided in the shape of an equilateral triangle, and the joint plate 3 is provided to fix both cylinders at a right angle. In the outer cylinder 1, the top side is referred to as the outer fold line 4, and the bottom plate. Is referred to as the outer bottom plate 5, and the outer bottom plate 5
Provided on the left edge which is one end of the above is an upturning piece 6 which is turned up via a valley fold line. In the inner cylinder, the top side is called the inner fold line 7 and the bottom plate is called the inner bottom plate 8. , A bonding area 9 is provided on the right edge, which is the other end of the inner bottom plate 8, via a mountain fold line, and a downturning piece 10 folded back to the right edge of the adhesive area via the mountain fold line is provided. In the articulated plate 3, the folded shape is an isosceles right triangle when viewed from the front, and the top part is a circular shape, so the front and back plate surfaces are mountain shapes of left and right symmetry. The rectangular area sandwiched by the bottoms of the Yamagata leaves 15 is the bottom surface, and the left half from the center is removed and provided as a deletion area 11. The bottom half that can be folded from the center to the outer edge while leaving the right half. Therefore, it is provided as the narrowed bottom 12 and the narrowed bottom 12 is narrowed by the narrow folding line 14. The shape of the narrow folding line 14 is an elongated isosceles triangular shape, and the apex of the narrow folding line 14 is located at the center of the outer edge of the end narrowing bottom 12 and is a valley fold line connecting both corners of the inner edge of the end narrowing bottom 12. Yes, both corners of the inner edge of the narrowed bottom 12 are referred to as fulcrums 13, and the top region of the chevron leaf 15 is cut out in a circumferential shape centered on the fulcrum 13, and the cut edges are referred to as slide edges 18 and slide edges 18 Both skirts are straight edges, the deletion area 11 side is called the inner hem edge 16, the end narrowing bottom 12 side is called the outer hem edge 17, and the adhesive area 9 of the inner cylinder 2 is the inner edge of the bottom narrowing bottom 12. The joint plate 3 is adhered and fixed in the inner cylinder 2 by adhering to the region. The mounting direction is that the inner hem edge 16 side is inserted into the inner cylinder 2, and the length of the outer cylinder 1 is the inner cylinder. 2 has the same length as the joint plate 3 attached to the outer cylinder 1 and the inner cylinder 2 with the joint plate 2 attached to the outer cylinder 1 is placed on the left side of the outer cylinder 1. By that al insertion, assembly storage is completed.

In FIG. 2 which is a perspective view of a main part showing a use state, the inner tube 2 housed inside the outer tube 1 is pulled out from the left side so that the upper barb piece 6 and the lower barb piece 10 are separated. As the slide edge 18 slides inside the fold lines of both cylinders around the fulcrum 13 as a center, both cylinders are positioned at a right angle, and the insides of both cylinders become narrower as they approach the fold line. At the bottom 12, the narrower folding line 14 bends so that the space between the outer hem edges 17 can be narrowed to fit inside the outer fold line 4, and the width of the deletion area 11 shown in FIG. By narrowing it, the space between the inner hem edges 16 can be narrowed to fit inside the inner fold line 7, and the inner cylinder 2 may be hung on both sides of the outer cylinder 1.

In FIG. 3 which is a perspective cross-sectional view of a main part shown in a state in which both cylinders are positioned at a right angle and cut at a right angle from the center of the bottom plate, if the inner cylinder 2 is pulled out, the upper and lower barbs 6 and 6 are pulled out. 10
And the sliding edge 18 having a circular shape centering on the fulcrum 13 slides inside the outer folding line 4 and the inner folding line 7, and the outer hem edge 17 stops inside the outer fold line 4 and the inner hem edge Since 16 stops within the inner fold line 7, the joint plate 3 has an outer cylinder 1 and an inner cylinder 2.
And will be fixed in a right-angled positional relationship.

In FIG. 4 which is a sectional view showing the process of accommodating the inner cylinder into the outer cylinder, the slide edge 18 is formed by lifting the hanging end of the inner cylinder 2 shown in FIG. By sliding around the circumference, the narrowing bottom 12 and the inner bottom plate 8 become parallel to each other, and the upper turning piece 6 and the lower turning piece 10 are separated from each other.
The inner cylinder 2 can be housed in the outer cylinder 1, and the inner cylinder 2 and the joint plate 3 are joined by adhering the bonding area 9, so that the center of the joint plate 3 is located from the position of the fulcrum 13. If the inner cylinder 2 is pulled out again without being displaced, it is possible to repeatedly slide the slide edge 18 and position both cylinders at a right angle.

In FIG. 5, which is a plan view showing the expanded and separated state, the outer cylinder 1 and the inner cylinder 2 are assembled in a vertically elongated isosceles triangular tube shape. The joining plate 19 may be adhered for this purpose, but the bottom plate 20
The insertion piece 21 is provided so as to project to one edge in the longitudinal direction of the joint via a valley fold line, and is inserted into the insertion groove 22 provided on the valley fold line of the base of the joint plate 19 to form a tubular shape, The developed shape of 3 is similar to the shape of the abacus piece viewed from the side, and the rectangular area across the center is the bottom surface 23,
The center is divided into left and right, and the left side is cut off and deleted area 11
The right side is a narrowed bottom that can be narrowed at the right side.
2, and the narrowed bottom 12 allows narrowing of the end by the narrowed fold line 14, and the narrowed fold line 14 connects the fulcrums 13 to the center of the right edge of the narrowed bottom 12 and forms a valley fold line of an isosceles triangle. The inner cylinder 2 and the joint plate 3 are joined to each other by adhering the adhesion region 9 and the left end region of the narrowing bottom 12 to each other.

[0010]

The combination of the upper barb and the lower barb allows the sides of the outer bottom plate and the inner bottom plate to be connected to each other, and the two hem edges of the joint plate are aligned with each other in a state where the two cylinders are in a right-angled positional relationship. The inner cylinder hangs down to the side of the outer cylinder because it stops pushing inside the fold line of the cylinder, and the inner cylinder hangs down to the side of the outer cylinder. Since the display areas are provided both on the side and on the sides, the display area is increased and the PR effect is enhanced.

[Brief description of drawings]

FIG. 1 is a perspective view of a main part showing an outer cylinder and an inner cylinder separated from each other.

FIG. 2 is a perspective view of a main part showing a usage state.

FIG. 3 is a perspective cross-sectional view of an essential part showing a state in which both cylinders are positioned at a right angle and cut at a right angle from the center of the bottom plate.

FIG. 4 is a sectional view showing a process of accommodating the inner cylinder into the outer cylinder.

FIG. 5 is a plan view shown in a state of being developed and separated.

[Explanation of symbols]

 1 Outer Cylinder 2 Inner Cylinder 3 Joint Plate 6 Top Flip Piece 9 Adhesion Area 10 Bottom Flip Piece 11 Deletion Area 12 Narrowing Bottom 14 Narrow Folding Line 18 Sliding Edge

Claims (1)

[Claims] 1. The present invention uses cardboard as a material, is provided with an outer cylinder 1 of an isosceles triangular cylinder, and an inner cylinder 2 of an isosceles triangular cylinder having a width that can be accommodated inside the outer cylinder 1, and is externally assembled at the time of assembly. The inner cylinder 2 hangs at a right angle from one end of the cylinder 1, and the joint plate 3 for connecting the two cylinders is provided. In the outer cylinder 1, the top side is called the outer fold line 4, and the bottom plate is the outer bottom plate 5. In the inner cylinder 2, the top side is referred to as the inner top folding line 7, the bottom plate is referred to as the inner bottom plate 8, and the inner bottom plate is referred to as the inner bottom plate. Adhesive area 9 is provided on the other edge of 8 via the mountain fold line, and downward turning piece 10 is provided on the edge in the same direction via the mountain fold line. In the joint plate 3, the developed shape is the abacus piece. Similar to the shape seen from the side, the rectangular area across the center is the bottom,
It is made slightly narrower than the width of the inner bottom plate 8 and is removed from the center toward one end, and this removal area is referred to as a deletion area 11. The bottom from the center to the other end can be narrowed at the end. 12 is provided, and both corners of the inner edge of the narrowed bottom 12 are referred to as fulcrums 13. The narrow fold line 1 is a valley fold line of an isosceles triangle that connects both fulcrums 13 to the center of the outer edge of the narrowed bottom 12.
4 is provided, the bottom surface is sandwiched by mountain-shaped plates, and this mountain-shaped plate is referred to as a mountain-shaped leaf 15. The top of the mountain-shaped leaf 15 is a circumferential edge around the fulcrum 13, and this edge is a sliding edge. 18, both hem edges are linear, and the deletion area 11 side is the inner hem edge 1
6, the end narrowing plate 12 side is referred to as the outer hem edge 17, the inner cylinder 2 inserted into the outer cylinder 1 is pulled out, and the upper and lower turning pieces 6 and 10 are combined to prevent both tubes from coming off. When the inner hem edge 16 of the joint plate 3 collides with the inner fold line 7 and the outer hem edge 17 collides with the outer fold line 4, the joint plate 3
This is a corner display pop that can hold the right angle state of both cylinders and can perform PR of the product by printing around the present invention.